What is the geometry of the $PCl_5$ molecule as per $VSEPR$ theory?

Find out the correct order of repulsive interaction of electron pairs in the following systems.
$(I)$ Lone pair - lone pair
$(II)$ Lone pair - bond pair
$(III)$ Bond pair - bond pair

Which of the following compounds have the number of lone pairs on the central $Xe$ atom equal to zero?
$XeO_{3}, XeO_{2}F_{2}, XeO_{4}, XeO_{3}F_{2}, Ba_{2}XeF_{4}$

Identify the correct order of repulsion between electron pairs present in the valence shell of the central atom of a molecule.

Match List-$I$ with List-$II$:

List-$I$ (Molecule)	List-$II$ (Shape)
$A$. $NH_3$	$I$. Square pyramid
$B$. $BrF_5$	$II$. Tetrahedral
$C$. $PCl_5$	$III$. Trigonal pyramidal
$D$. $CH_4$	$IV$. Trigonal bipyramidal

Choose the correct answer from the options below:

$BCl_3$ is a planar molecule while $NCl_3$ is pyramidal,because